public FieldMapping Parse(string line)
{
var fieldMap = new FieldMapping();
var w3CFields = typeof(LogEvent).GetProperties();
var lineFields = line.Split(' ');
var lineFieldsIndex = 0;
var accessors = TypeAccessor.Create(typeof(LogEvent));
foreach (var lineField in lineFields)
{
var index = lineFieldsIndex;
GetFieldAttributeByName(lineField, w3CFields, (fieldAttribute, fieldInfo) =>
{
fieldMap.Add(index, new FieldMapInfo(fieldAttribute.Convertor, accessors, fieldInfo.Name));
});
lineFieldsIndex += 1;
}
return(fieldMap);
}
private Dictionary <string, FieldMapping <JiraRevision> > InitializeFieldMappings()
{
Logger.Log(LogLevel.Info, "Initializing Jira field mapping...");
var commonFields = new FieldMapping <JiraRevision>();
var typeFields = new Dictionary <string, FieldMapping <JiraRevision> >();
foreach (var targetType in _targetTypes)
{
if (!typeFields.ContainsKey(targetType))
{
typeFields.Add(targetType, new FieldMapping <JiraRevision>());
}
}
foreach (var item in _config.FieldMap.Fields)
{
if (item.Source != null)
{
var isCustomField = item.SourceType == "name";
Func <JiraRevision, (bool, object)> value;
if (item.Mapping?.Values != null)
{
value = r => MapValue(r, item.Source);
}
else if (!string.IsNullOrWhiteSpace(item.Mapper))
{
switch (item.Mapper)
{
case "MapTitle":
value = r => MapTitle(r);
break;
case "MapTitleWithoutKey":
value = r => MapTitleWithoutKey(r);
break;
case "MapUser":
value = IfChanged <string>(item.Source, isCustomField, MapUser);
break;
case "MapSprint":
value = IfChanged <string>(item.Source, isCustomField, MapSprint);
break;
case "MapTags":
value = IfChanged <string>(item.Source, isCustomField, MapTags);
break;
case "MapArray":
value = IfChanged <string>(item.Source, isCustomField, MapArray);
break;
case "MapRemainingWork":
value = IfChanged <string>(item.Source, isCustomField, MapRemainingWork);
break;
case "MapRendered":
value = r => MapRenderedValue(r, item.Source, isCustomField);
break;
default:
value = IfChanged <string>(item.Source, isCustomField);
break;
}
}
else
{
var dataType = item.Type.ToLower();
if (dataType == "double")
{
value = IfChanged <double>(item.Source, isCustomField);
}
else if (dataType == "int" || dataType == "integer")
{
value = IfChanged <int>(item.Source, isCustomField);
}
else if (dataType == "datetime" || dataType == "date")
{
value = IfChanged <DateTime>(item.Source, isCustomField);
}
else
{
value = IfChanged <string>(item.Source, isCustomField);
}
}
// Check if not-for has been set, if so get all work item types except that one, else for has been set and get those
var currentWorkItemTypes = !string.IsNullOrWhiteSpace(item.NotFor) ? GetWorkItemTypes(item.NotFor.Split(',')) : item.For.Split(',').ToList();
foreach (var wit in currentWorkItemTypes)
{
try
{
if (wit == "All" || wit == "Common")
{
commonFields.Add(item.Target, value);
}
else
{
// If we haven't mapped the Type then we probably want to ignore the field
if (typeFields.TryGetValue(wit, out FieldMapping <JiraRevision> fm))
{
fm.Add(item.Target, value);
}
else
{
Logger.Log(LogLevel.Warning, $"No target type '{wit}' is set, field {item.Source} cannot be mapped.");
}
}
}
catch (Exception)
{
Logger.Log(LogLevel.Warning, $"Ignoring target mapping with key: '{item.Target}', because it is already configured.");
continue;
}
}
}
}
// Now go through the list of built up type fields (which we will eventually get to
// and then add them to the complete dictionary per type.
var mappingPerWiType = new Dictionary <string, FieldMapping <JiraRevision> >();
foreach (KeyValuePair <string, FieldMapping <JiraRevision> > item in typeFields)
{
mappingPerWiType.Add(item.Key, MergeMapping(commonFields, item.Value));
}
return(mappingPerWiType);
}
private Dictionary <string, FieldMapping <JiraRevision> > InitializeFieldMappings()
{
var commonFields = new FieldMapping <JiraRevision>();
var bugFields = new FieldMapping <JiraRevision>();
var taskFields = new FieldMapping <JiraRevision>();
var pbiFields = new FieldMapping <JiraRevision>();
var epicFields = new FieldMapping <JiraRevision>();
var featureFields = new FieldMapping <JiraRevision>();
var requirementFields = new FieldMapping <JiraRevision>();
var userStoryFields = new FieldMapping <JiraRevision>();
foreach (var item in _config.FieldMap.Fields)
{
if (item.Source != null)
{
var isCustomField = item.SourceType == "name";
Func <JiraRevision, (bool, object)> value;
if (item.Mapping?.Values != null)
{
value = r => MapValue(r, item.Source);
}
else if (!string.IsNullOrWhiteSpace(item.Mapper))
{
switch (item.Mapper)
{
case "MapTitle":
value = r => MapTitle(r);
break;
case "MapUser":
value = IfChanged <string>(item.Source, isCustomField, MapUser);
break;
case "MapSprint":
value = IfChanged <string>(item.Source, isCustomField, MapSprint);
break;
case "MapTags":
value = IfChanged <string>(item.Source, isCustomField, MapTags);
break;
case "MapRemainingWork":
value = IfChanged <string>(item.Source, isCustomField, MapRemainingWork);
break;
default:
value = IfChanged <string>(item.Source, isCustomField);
break;
}
}
else
{
var dataType = item.Type.ToLower();
if (dataType == "double")
{
value = IfChanged <double>(item.Source, isCustomField);
}
else if (dataType == "int" || dataType == "integer")
{
value = IfChanged <int>(item.Source, isCustomField);
}
else if (dataType == "datetime" || dataType == "date")
{
value = IfChanged <DateTime>(item.Source, isCustomField);
}
else
{
value = IfChanged <string>(item.Source, isCustomField);
}
}
// Check if not-for has been set, if so get all work item types except that one, else for has been set and get those
var currentWorkItemTypes = !string.IsNullOrWhiteSpace(item.NotFor) ? GetWorkItemTypes(item.NotFor.Split(',')) : item.For.Split(',').ToList();
foreach (var wit in currentWorkItemTypes)
{
if (wit == "All" || wit == "Common")
{
commonFields.Add(item.Target, value);
}
else if (wit == WorkItemType.Bug)
{
bugFields.Add(item.Target, value);
}
else if (wit == WorkItemType.Epic)
{
epicFields.Add(item.Target, value);
}
else if (wit == WorkItemType.Feature)
{
featureFields.Add(item.Target, value);
}
else if (wit == WorkItemType.ProductBacklogItem)
{
pbiFields.Add(item.Target, value);
}
else if (wit == WorkItemType.Requirement)
{
requirementFields.Add(item.Target, value);
}
else if (wit == WorkItemType.Task)
{
taskFields.Add(item.Target, value);
}
else if (wit == WorkItemType.UserStory)
{
userStoryFields.Add(item.Target, value);
}
}
}
}
var mappingPerWiType = new Dictionary <string, FieldMapping <JiraRevision> >
{
{ WorkItemType.Bug, MergeMapping(commonFields, bugFields) },
{ WorkItemType.ProductBacklogItem, MergeMapping(commonFields, pbiFields) },
{ WorkItemType.Task, MergeMapping(commonFields, taskFields) },
{ WorkItemType.Feature, MergeMapping(commonFields, featureFields) },
{ WorkItemType.Epic, MergeMapping(commonFields, epicFields) },
{ WorkItemType.Requirement, MergeMapping(commonFields, requirementFields) },
{ WorkItemType.UserStory, MergeMapping(commonFields, userStoryFields) }
};
return(mappingPerWiType);
}
